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Study on the meso-scale numerical simulation method for flow behavior of fresh self-compacting steel fiber reinforced concrete based on DEM-SPH coupling

Xinxin Ding, Wenlei Jia, Changyong Li, Haibin Geng, Gonglian Chen, Shunbo Zhao

2025Construction and Building Materials5 citationsDOI

Topics & Concepts

Materials scienceComputer simulationSlabFiberCoupling (piping)Flow (mathematics)Aggregate (composite)Dispersion (optics)MortarDiscrete element methodComposite materialFiber-reinforced concreteMechanicsNumerical analysisParticle (ecology)Smoothed-particle hydrodynamicsFinite element methodStructural engineeringDistribution (mathematics)Process (computing)Fluid Dynamics Simulations and InteractionsInnovations in Concrete and Construction MaterialsGrouting, Rheology, and Soil Mechanics
Study on the meso-scale numerical simulation method for flow behavior of fresh self-compacting steel fiber reinforced concrete based on DEM-SPH coupling | Litcius